|
Courses |
Subjects |
|
MC |
DC |
| Biotechnology |
ACIE 1 |
ACIE A |
| Computational Simulation |
ACIE 2 |
ACIE B |
| Fluid/Transport Phenomena |
ACIE 3 |
ACIE C |
| Nanomaterials Engineering |
ACIE 4 |
ACIE D |
| Introduction to business
administration for engineers |
ACIE 5 |
ACIE E |
| Urban Design towards Safety
and Symbiosis |
ACIE 6 |
ACIE F |
*ACIE :Advanced Course on Interdisciplinary
Engineering
Designed to provide an education to foster
people who can quickly adapt to the industrial structure's
rapid changes and the highly advanced interdisciplinary
fields, the Master's and Doctoral Degree Program offers a
number of advanced courses in interdisciplinary engineering
for all students of the Graduate School of Engineering.
•Biotechnology
•Computational Simulation
•Fluid/Transport Phenomena
•Nanomaterials Engineering
•Introduction to business administration for engineers
•Urban Design towards Safety and Symbiosis
Two or three advanced courses are opened
each semester. Since the objective of the advanced
courses is to effectively enhance students'
interdisciplinary capacities, instead of credits a
certificate of completion will be granted to students who
have completed all of the advanced courses.
Number of Students getting credit
(Registered Students)
|
FY |
Course |
|
Biotech-
nology |
Computational
Simulation |
Fluid/Transport
Phenomena |
Nanomaterials
Engineering |
| 2006 |
26(40) |
11(28) |
5(27) |
10(28) |
| 2005 |
20(59) |
7(30) |
10(29) |
11(23) |
| 2004 |
54(72) |
- |
- |
- |
|
